Design and Planning: Initially, the project’s specifications, including dimensions, shapes, and appearance, are defined. This stage involves creating detailed drawings to guide the fabrication process.
Cutting: ACP sheets are cut to the required sizes using tools like CNC (Computer Numerical Control) routers, panel saws, or laser cutters, ensuring precision and clean edges.
Routing and Grooving: For creating folds or bends in the ACP sheets, grooves are routed on the backside of the panels, leaving the front aluminum layer and a thin layer of the core intact. This allows for the creation of intricate shapes and angles.
Bending: After routing, the panels can be manually bent or folded along the grooved lines to form the desired shapes. This is particularly useful for creating 3D elements or complex designs.
Joining: Panels can be joined using various methods, including riveting, screwing, or using specialized aluminum profiles. For a seamless appearance, structural adhesives can also be used.
Finishing Touches: Edges and corners can be finished or sealed to protect against environmental elements and to ensure a polished look. Protective film on the panels is removed only after installation to avoid scratches.
Installation: The fabricated ACP elements are then installed onto the building’s facade, signage framework, or interior feature areas, using a fixing system that typically involves a metal framework to support the panels.